def test_tar_bz2_in_cache_not_extracted():
"""
Test that if a .tar.bz2 exists in the package cache (not extracted), and the complementary
.conda package is requested, the .tar.bz2 package in the cache is used by default.
"""
with make_temp_package_cache() as pkgs_dir:
copy(join(CHANNEL_DIR, subdir, zlib_tar_bz2_fn),
join(pkgs_dir, zlib_tar_bz2_fn))
pfe = ProgressiveFetchExtract((zlib_tar_bz2_prec, ))
pfe.prepare()
assert len(pfe.cache_actions) == 1
assert len(pfe.extract_actions) == 1
pfe.execute()
pkgs_dir_files = listdir(pkgs_dir)
assert zlib_base_fn in pkgs_dir_files
assert zlib_tar_bz2_fn in pkgs_dir_files
# Now ensure download/extract for the complementary .conda package uses the
# extracted .tar.bz2
pfe = ProgressiveFetchExtract((zlib_conda_prec, ))
pfe.prepare()
assert len(pfe.cache_actions) == 0
assert len(pfe.extract_actions) == 0
def test_tar_bz2_in_pkg_cache_doesnt_overwrite_conda_pkg():
"""
Test that if a .tar.bz2 package is downloaded and extracted in a package cache, the
complementary .conda package replaces it if that's what is requested.
"""
with env_vars({'CONDA_SEPARATE_FORMAT_CACHE': True},
stack_callback=conda_tests_ctxt_mgmt_def_pol):
with make_temp_package_cache() as pkgs_dir:
# Cache the .tar.bz2 file in the package cache and extract it
pfe = ProgressiveFetchExtract((zlib_tar_bz2_prec, ))
pfe.prepare()
assert len(pfe.cache_actions) == 1
assert len(pfe.extract_actions) == 1
cache_action = pfe.cache_actions[0]
extact_action = pfe.extract_actions[0]
assert basename(cache_action.target_full_path) == zlib_tar_bz2_fn
assert cache_action.target_full_path == extact_action.source_full_path
assert basename(extact_action.target_full_path) == zlib_base_fn
# Go ahead with executing download and extract now
pfe.execute()
assert isfile(join(pkgs_dir, zlib_tar_bz2_fn))
assert isfile(
join(pkgs_dir, zlib_base_fn, "info", "repodata_record.json"))
# Ensure second download/extract is a no-op
pfe = ProgressiveFetchExtract((zlib_tar_bz2_prec, ))
pfe.prepare()
assert len(pfe.cache_actions) == 0
assert len(pfe.extract_actions) == 0
# Now ensure download/extract for the complementary .conda package replaces the
# extracted .tar.bz2
pfe = ProgressiveFetchExtract((zlib_conda_prec, ))
pfe.prepare()
assert len(pfe.cache_actions) == 1
assert len(pfe.extract_actions) == 1
cache_action = pfe.cache_actions[0]
extact_action = pfe.extract_actions[0]
assert basename(cache_action.target_full_path) == zlib_conda_fn
assert cache_action.target_full_path == extact_action.source_full_path
assert basename(extact_action.target_full_path) == zlib_base_fn
pfe.execute()
with open(
join(pkgs_dir, zlib_base_fn, "info",
"repodata_record.json")) as fh:
repodata_record = json.load(fh)
assert repodata_record["fn"] == zlib_conda_fn
# Now check urls.txt to make sure extensions are included.
urls_text = tuple(yield_lines(join(pkgs_dir, "urls.txt")))
assert urls_text[0] == zlib_tar_bz2_prec.url
assert urls_text[1] == zlib_conda_prec.url
def test_tar_bz2_in_pkg_cache_doesnt_overwrite_conda_pkg():
"""
Test that if a .tar.bz2 package is downloaded and extracted in a package cache, the
complementary .conda package replaces it if that's what is requested.
"""
with env_vars({'CONDA_SEPARATE_FORMAT_CACHE': True},
stack_callback=conda_tests_ctxt_mgmt_def_pol):
with make_temp_package_cache() as pkgs_dir:
# Cache the .tar.bz2 file in the package cache and extract it
pfe = ProgressiveFetchExtract((zlib_tar_bz2_prec,))
pfe.prepare()
assert len(pfe.cache_actions) == 1
assert len(pfe.extract_actions) == 1
cache_action = pfe.cache_actions[0]
extact_action = pfe.extract_actions[0]
assert basename(cache_action.target_full_path) == zlib_tar_bz2_fn
assert cache_action.target_full_path == extact_action.source_full_path
assert basename(extact_action.target_full_path) == zlib_base_fn
# Go ahead with executing download and extract now
pfe.execute()
assert isfile(join(pkgs_dir, zlib_tar_bz2_fn))
assert isfile(join(pkgs_dir, zlib_base_fn, "info", "repodata_record.json"))
# Ensure second download/extract is a no-op
pfe = ProgressiveFetchExtract((zlib_tar_bz2_prec,))
pfe.prepare()
assert len(pfe.cache_actions) == 0
assert len(pfe.extract_actions) == 0
# Now ensure download/extract for the complementary .conda package replaces the
# extracted .tar.bz2
pfe = ProgressiveFetchExtract((zlib_conda_prec,))
pfe.prepare()
assert len(pfe.cache_actions) == 1
assert len(pfe.extract_actions) == 1
cache_action = pfe.cache_actions[0]
extact_action = pfe.extract_actions[0]
assert basename(cache_action.target_full_path) == zlib_conda_fn
assert cache_action.target_full_path == extact_action.source_full_path
assert basename(extact_action.target_full_path) == zlib_base_fn
pfe.execute()
with open(join(pkgs_dir, zlib_base_fn, "info", "repodata_record.json")) as fh:
repodata_record = json.load(fh)
assert repodata_record["fn"] == zlib_conda_fn
# Now check urls.txt to make sure extensions are included.
urls_text = tuple(yield_lines(join(pkgs_dir, "urls.txt")))
assert urls_text[0] == zlib_tar_bz2_prec.url
assert urls_text[1] == zlib_conda_prec.url
def test_instantiating_package_cache_when_both_tar_bz2_and_conda_exist_read_only(
):
"""
If both .tar.bz2 and .conda packages exist in a read-only package cache, but neither is
unpacked, the .conda package should be preferred and pcrec loaded from that package.
"""
with make_temp_package_cache() as pkgs_dir:
# instantiate to create magic file
PackageCacheData(pkgs_dir)
# copy .tar.bz2 to package cache
cache_action = CacheUrlAction(
"%s/%s/%s" % (CONDA_PKG_REPO, subdir, zlib_tar_bz2_fn),
pkgs_dir,
zlib_tar_bz2_fn,
)
cache_action.verify()
cache_action.execute()
cache_action.cleanup()
# copy .conda to package cache
cache_action = CacheUrlAction(
"%s/%s/%s" % (CONDA_PKG_REPO, subdir, zlib_conda_fn),
pkgs_dir,
zlib_conda_fn,
)
cache_action.verify()
cache_action.execute()
cache_action.cleanup()
make_read_only(join(pkgs_dir, PACKAGE_CACHE_MAGIC_FILE))
PackageCacheData._cache_.clear()
pcd = PackageCacheData(pkgs_dir)
pcrecs = tuple(pcd.iter_records())
assert len(pcrecs) == 1
pcrec = pcrecs[0]
# no repodata_record.json file should be created
assert not isfile(
join(pkgs_dir, zlib_base_fn, "info", "repodata_record.json"))
assert pcrec.fn == zlib_conda_fn
assert pcrec.md5 == "edad165fc3d25636d4f0a61c42873fbc"
assert pcrec.size == 112305
pkgs_dir_files = listdir(pkgs_dir)
assert zlib_base_fn not in pkgs_dir_files
assert zlib_tar_bz2_fn in pkgs_dir_files
assert zlib_conda_fn in pkgs_dir_files
def test_instantiating_package_cache_when_both_tar_bz2_and_conda_exist_read_only():
"""
If both .tar.bz2 and .conda packages exist in a read-only package cache, but neither is
unpacked, the .conda package should be preferred and pcrec loaded from that package.
"""
with make_temp_package_cache() as pkgs_dir:
# instantiate to create magic file
PackageCacheData(pkgs_dir)
# copy .tar.bz2 to package cache
cache_action = CacheUrlAction(
"%s/%s/%s" % (CONDA_PKG_REPO, subdir, zlib_tar_bz2_fn),
pkgs_dir,
zlib_tar_bz2_fn,
)
cache_action.verify()
cache_action.execute()
cache_action.cleanup()
# copy .conda to package cache
cache_action = CacheUrlAction(
"%s/%s/%s" % (CONDA_PKG_REPO, subdir, zlib_conda_fn),
pkgs_dir,
zlib_conda_fn,
)
cache_action.verify()
cache_action.execute()
cache_action.cleanup()
make_read_only(join(pkgs_dir, PACKAGE_CACHE_MAGIC_FILE))
PackageCacheData._cache_.clear()
pcd = PackageCacheData(pkgs_dir)
pcrecs = tuple(pcd.iter_records())
assert len(pcrecs) == 1
pcrec = pcrecs[0]
# no repodata_record.json file should be created
assert not isfile(join(pkgs_dir, zlib_base_fn, "info", "repodata_record.json"))
assert pcrec.fn == zlib_conda_fn
assert pcrec.md5 == "edad165fc3d25636d4f0a61c42873fbc"
assert pcrec.size == 112305
pkgs_dir_files = listdir(pkgs_dir)
assert zlib_base_fn not in pkgs_dir_files
assert zlib_tar_bz2_fn in pkgs_dir_files
assert zlib_conda_fn in pkgs_dir_files
def test_instantiating_package_cache_when_both_tar_bz2_and_conda_exist():
"""
If both .tar.bz2 and .conda packages exist in a writable package cache, but neither is
unpacked, the .conda package should be preferred and unpacked in place.
"""
with make_temp_package_cache() as pkgs_dir:
# copy .tar.bz2 to package cache
cache_action = CacheUrlAction(
"%s/%s/%s" % (CONDA_PKG_REPO, subdir, zlib_tar_bz2_fn),
pkgs_dir,
zlib_tar_bz2_fn,
)
cache_action.verify()
cache_action.execute()
cache_action.cleanup()
# copy .conda to package cache
cache_action = CacheUrlAction(
"%s/%s/%s" % (CONDA_PKG_REPO, subdir, zlib_conda_fn),
pkgs_dir,
zlib_conda_fn,
)
cache_action.verify()
cache_action.execute()
cache_action.cleanup()
PackageCacheData._cache_.clear()
pcd = PackageCacheData(pkgs_dir)
pcrecs = tuple(pcd.iter_records())
assert len(pcrecs) == 1
pcrec = pcrecs[0]
# ensure the package was actually extracted by presence of repodata_record.json
with open(join(pkgs_dir, zlib_base_fn, "info",
"repodata_record.json")) as fh:
repodata_record = json.load(fh)
assert pcrec.fn == zlib_conda_fn == repodata_record["fn"]
assert pcrec.md5 == repodata_record["md5"]
pkgs_dir_files = listdir(pkgs_dir)
assert zlib_base_fn in pkgs_dir_files
assert zlib_tar_bz2_fn in pkgs_dir_files
assert zlib_conda_fn in pkgs_dir_files
def test_instantiating_package_cache_when_both_tar_bz2_and_conda_exist():
"""
If both .tar.bz2 and .conda packages exist in a writable package cache, but neither is
unpacked, the .conda package should be preferred and unpacked in place.
"""
with make_temp_package_cache() as pkgs_dir:
# copy .tar.bz2 to package cache
cache_action = CacheUrlAction(
"%s/%s/%s" % (CONDA_PKG_REPO, subdir, zlib_tar_bz2_fn),
pkgs_dir,
zlib_tar_bz2_fn,
)
cache_action.verify()
cache_action.execute()
cache_action.cleanup()
# copy .conda to package cache
cache_action = CacheUrlAction(
"%s/%s/%s" % (CONDA_PKG_REPO, subdir, zlib_conda_fn),
pkgs_dir,
zlib_conda_fn,
)
cache_action.verify()
cache_action.execute()
cache_action.cleanup()
PackageCacheData._cache_.clear()
pcd = PackageCacheData(pkgs_dir)
pcrecs = tuple(pcd.iter_records())
assert len(pcrecs) == 1
pcrec = pcrecs[0]
# ensure the package was actually extracted by presence of repodata_record.json
with open(join(pkgs_dir, zlib_base_fn, "info", "repodata_record.json")) as fh:
repodata_record = json.load(fh)
assert pcrec.fn == zlib_conda_fn == repodata_record["fn"]
assert pcrec.md5 == repodata_record["md5"]
pkgs_dir_files = listdir(pkgs_dir)
assert zlib_base_fn in pkgs_dir_files
assert zlib_tar_bz2_fn in pkgs_dir_files
assert zlib_conda_fn in pkgs_dir_files
def test_tar_bz2_in_pkg_cache_used_instead_of_conda_pkg():
"""
Test that if a .tar.bz2 package is downloaded and extracted in a package cache, the
complementary .conda package is not downloaded/extracted
"""
with make_temp_package_cache() as pkgs_dir:
# Cache the .tar.bz2 file in the package cache and extract it
pfe = ProgressiveFetchExtract((zlib_tar_bz2_prec, ))
pfe.prepare()
assert len(pfe.cache_actions) == 1
assert len(pfe.extract_actions) == 1
cache_action = pfe.cache_actions[0]
extact_action = pfe.extract_actions[0]
assert basename(cache_action.target_full_path) == zlib_tar_bz2_fn
assert cache_action.target_full_path == extact_action.source_full_path
assert basename(extact_action.target_full_path) == zlib_base_fn
# Go ahead with executing download and extract now
pfe.execute()
assert isfile(join(pkgs_dir, zlib_tar_bz2_fn))
assert isfile(
join(pkgs_dir, zlib_base_fn, "info", "repodata_record.json"))
# Ensure second download/extract is a no-op
pfe = ProgressiveFetchExtract((zlib_tar_bz2_prec, ))
pfe.prepare()
assert len(pfe.cache_actions) == 0
assert len(pfe.extract_actions) == 0
# Now ensure download/extract for the complementary .conda package uses the cache
pfe = ProgressiveFetchExtract((zlib_conda_prec, ))
pfe.prepare()
assert len(pfe.cache_actions) == 0
assert len(pfe.extract_actions) == 0
# Now check urls.txt to make sure extensions are included.
urls_text = tuple(yield_lines(join(pkgs_dir, "urls.txt")))
assert urls_text[0] == zlib_tar_bz2_prec.url
def test_tar_bz2_in_pkg_cache_used_instead_of_conda_pkg():
"""
Test that if a .tar.bz2 package is downloaded and extracted in a package cache, the
complementary .conda package is not downloaded/extracted
"""
with make_temp_package_cache() as pkgs_dir:
# Cache the .tar.bz2 file in the package cache and extract it
pfe = ProgressiveFetchExtract((zlib_tar_bz2_prec,))
pfe.prepare()
assert len(pfe.cache_actions) == 1
assert len(pfe.extract_actions) == 1
cache_action = pfe.cache_actions[0]
extact_action = pfe.extract_actions[0]
assert basename(cache_action.target_full_path) == zlib_tar_bz2_fn
assert cache_action.target_full_path == extact_action.source_full_path
assert basename(extact_action.target_full_path) == zlib_base_fn
# Go ahead with executing download and extract now
pfe.execute()
assert isfile(join(pkgs_dir, zlib_tar_bz2_fn))
assert isfile(join(pkgs_dir, zlib_base_fn, "info", "repodata_record.json"))
# Ensure second download/extract is a no-op
pfe = ProgressiveFetchExtract((zlib_tar_bz2_prec,))
pfe.prepare()
assert len(pfe.cache_actions) == 0
assert len(pfe.extract_actions) == 0
# Now ensure download/extract for the complementary .conda package uses the cache
pfe = ProgressiveFetchExtract((zlib_conda_prec,))
pfe.prepare()
assert len(pfe.cache_actions) == 0
assert len(pfe.extract_actions) == 0
# Now check urls.txt to make sure extensions are included.
urls_text = tuple(yield_lines(join(pkgs_dir, "urls.txt")))
assert urls_text[0] == zlib_tar_bz2_prec.url
def test_tar_bz2_in_cache_not_extracted():
"""
Test that if a .tar.bz2 exists in the package cache (not extracted), and the complementary
.conda package is requested, the .tar.bz2 package in the cache is used by default.
"""
with make_temp_package_cache() as pkgs_dir:
copy(join(CHANNEL_DIR, subdir, zlib_tar_bz2_fn), join(pkgs_dir, zlib_tar_bz2_fn))
pfe = ProgressiveFetchExtract((zlib_tar_bz2_prec,))
pfe.prepare()
assert len(pfe.cache_actions) == 1
assert len(pfe.extract_actions) == 1
pfe.execute()
pkgs_dir_files = listdir(pkgs_dir)
assert zlib_base_fn in pkgs_dir_files
assert zlib_tar_bz2_fn in pkgs_dir_files
# Now ensure download/extract for the complementary .conda package uses the
# extracted .tar.bz2
pfe = ProgressiveFetchExtract((zlib_conda_prec,))
pfe.prepare()
assert len(pfe.cache_actions) == 0
assert len(pfe.extract_actions) == 0
